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ENERGY USE PATTERNS AND FIRM PERFORMANCE: EVIDENCE FROM INDIAN INDUSTRIES

机译:能源使用方式和企业绩效:来自印度工业的证据

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Energy efficiency and conservation are critical elements of energy policy and they are even more salient with increasing concerns regarding climate change, establishing energy security, and meeting growing energy demand. To address these challenges, some call for reducing energy demand overall while others argue for changing the energy portfolio mix, such as increasing the role of renewable energy sources. It is not surprising that a great amount of research has been undertaken to examine the economics of energy efficiency, conservation, and performance at different levels of the economy. In this paper, we have focused on Indian industries as our case study. Increased energy efficiency and conservation will be essential for India as it was the fourth-largest energy consumer in the world after China, the United States, and Russia in 2011. Despite having notable fossil-fuel resources, the nation has become increasingly dependent on energy imports and, according to projections, India's energy demand could rise by 132 percent by the year 2035, outpacing energy demand growth in China. This is being propelled by the fact that India's per-capita energy consumption today is now one-third of the global average, according to the International Energy Agency (IEA), which indicates potentially higher energy demand in the long term. Primary energy consumption in India has more than doubled between 1990 and 2012, reaching an estimated 32 quadrillion British thermal units (Btus). At more than 1.2 billion people in 2012, India's population is a huger driver of this growing energy demand: the country has the second-largest population in the world, and is growing at about 1.3 percent each year since 2008, according to World Bank data.4 Of course, with the type of population and economic growth that India has been experiencing and that analysts are predicting in the future, pollution-related issues arise, particularly in regard to greenhouse gases (GHGs). Thus, much attention is being focused on how the Indian economy can grow without increasing GHGs, such as carbon dioxide (CO_2) emissions, and how increased industrial efficiency and conservation can play a role.
机译:能源效率和节约是能源政策的关键要素,随着人们对气候变化,建立能源安全以及满足不断增长的能源需求的关注日益突出,它们变得尤为突出。为了应对这些挑战,一些人呼吁整体上减少能源需求,而另一些人则主张改变能源组合结构,例如增加可再生能源的作用。不足为奇的是,已经进行了大量研究来研究不同经济水平上的能源效率,节能和性能经济学。在本文中,我们将印度工业作为案例研究。提高能源效率和节约能源对于印度至关重要,因为印度在2011年仅次于中国,美国和俄罗斯成为世界第四大能源消费国。尽管拥有大量化石燃料资源,该国仍越来越依赖能源根据预测,到2035年,印度的能源需求可能会增长132%,超过中国的能源需求增长。国际能源署(IEA)的数据显示,如今印度的人均能源消耗量现在已是全球平均水平的三分之一,这推动了这一趋势,这表明长期而言能源需求可能会更高。在1990年至2012年期间,印度的一次能源消耗增加了一倍以上,估计达到32万亿英制热量单位(Btus)。根据世界银行的数据,2012年印度的人口超过12亿,是能源需求增长的主要推动力:该国拥有世界第二大人口,自2008年以来每年以约1.3%的速度增长.4当然,随着印度正在经历的人口和经济增长类型以及分析家在未来的预测,与污染有关的问题出现了,特别是在温室气体(GHGs)方面。因此,人们越来越关注如何在不增加温室气体(例如二氧化碳(CO_2)排放量)的情况下发展印度经济,以及如何提高工业效率和保护环境。

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